Product Description
The AMS 428.16, 3 1/4" Sludge Valved Auger Tip is the ideal solution for retaining non-cohesive sludge samples in various field applications. Engineered with precision and expertise, this ingenious sampler is designed to meet the unique needs of collecting high-quality soil core samples in non-cohesive, saturated materials.
Similar to the renowned AMS soil core sampler, the AMS 428.16 auger tip is specifically crafted to ensure retention, reliability, and accuracy when working with challenging materials. Equipped with specially fitted valves, both the core and auger tips provide maximum efficiency in collecting and retaining sludge samples.
This versatile and user-friendly sampler is suitable for the collection of either cored or augered samples in non-cohesive saturated materials placed within a liner. It is a comprehensive package that includes essential components like a solid cap, valved core tip, valved auger tip, plastic end caps, sludge cylinder body, and a plastic liner, ensuring that you have everything you need for successful sampling.
For added convenience and ease of use, the AMS 428.16 Sludge Valved Auger Tip comes with a universal slip wrench, making it effortless to assemble and disassemble the sampler. This saves you precious time and effort in the field, allowing you to focus on the task at hand.
It is crucial to note that when using multiple AMS samplers together, they must share a common connection type. This guarantees compatibility and seamless integration, ensuring that your sampling process is efficient and accurate.
The AMS 428.16, 3 1/4" Sludge Valved Auger Tip is the ideal solution for researchers, environmental consultants, geologists, and professionals in various fields who require reliable and accurate sludge sampling. With its sophisticated design, ease of use, and comprehensive package, this sampler is the ultimate tool to enhance your sampling efforts. Trust in the AMS 428.16 to deliver exceptional performance and consistent results, setting a new standard in sludge sampling.
The AMS 428.16, 3 1/4" Sludge Valved Auger Tip is the ideal solution for retaining non-cohesive sludge samples in various field applications. Engineered with precision and expertise, this ingenious sampler is designed to meet the unique needs of collecting high-quality soil core samples in non-cohesive, saturated materials.
Similar to the renowned AMS soil core sampler, the AMS 428.16 auger tip is specifically crafted to ensure retention, reliability, and accuracy when working with challenging materials. Equipped with specially fitted valves, both the core and auger tips provide maximum efficiency in collecting and retaining sludge samples.
This versatile and user-friendly sampler is suitable for the collection of either cored or augered samples in non-cohesive saturated materials placed within a liner. It is a comprehensive package that includes essential components like a solid cap, valved core tip, valved auger tip, plastic end caps, sludge cylinder body, and a plastic liner, ensuring that you have everything you need for successful sampling.
For added convenience and ease of use, the AMS 428.16 Sludge Valved Auger Tip comes with a universal slip wrench, making it effortless to assemble and disassemble the sampler. This saves you precious time and effort in the field, allowing you to focus on the task at hand.
It is crucial to note that when using multiple AMS samplers together, they must share a common connection type. This guarantees compatibility and seamless integration, ensuring that your sampling process is efficient and accurate.
The AMS 428.16, 3 1/4" Sludge Valved Auger Tip is the ideal solution for researchers, environmental consultants, geologists, and professionals in various fields who require reliable and accurate sludge sampling. With its sophisticated design, ease of use, and comprehensive package, this sampler is the ultimate tool to enhance your sampling efforts. Trust in the AMS 428.16 to deliver exceptional performance and consistent results, setting a new standard in sludge sampling.